Specifications Table for GM

					BGM0870Y1AA	BGM110DA11XA	BGM11226Y	BGM112DA11XA	BGM117DA11XA	BGM218DA11XA	BGM220DB11XA	BGM320DB11XA	BGM330DB11XA	BGM340DB11XA	MGM10326E	MGM103EA11XA	MGM10526E	MGM105EA11XA	MGM10626E	MGM106EA11XA	MGM10726E	MGM10726Y	MGM107EA11XA	MGM11026E	MGM110EA11XA	MGM1280Y1AA	MGM21126E	MGM211EA11XA	MGM21227E	MGM21227Y	MGM212EB11XA	MGM21327E	MGM213EB11XA	MGM2210Y1AA	MGM31527E	MGM315EB11XA	MGM32027E	MGM320EB11XA
Refrigerant	GWP				3	2,141	3	2,141	2,141	2,141	2,141	2,140	2,141	2,140	1,430	1,430	1,430	1,430	1,430	1,430	1,430	3	1,430	1,430	1,430	3	1,430	1,430	1,430	3	1,430	1,430	1,430	3	1,430	1,430	1,430	1,430
	Type				R-290	R-452A	R-290	R-452A	R-452A	R-452A	R-452A	R-452A	R-452A	R-452A	R-134a	R-134a	R-134a	R-134a	R-134a	R-134a	R-134a	R-290	R-134a	R-134a	R-134a	R-290	R-134a	R-134a	R-134a	R-290	R-134a	R-134a	R-134a	R-290	R-134a	R-134a	R-134a	R-134a
Refrigerating capacity	Medium temperature	R-134a	Nom	kW											0.855 (1)	0.855	0.978 (1)	0.978 (1)	1.120 (1)	1.120 (1)	1.315 (1)		1.315 (1)	1.351 (1)	1.351 (1)		1.806 (1)	1.806 (1)	2.034 (1)		2.034 (1)	2.175 (1)	2.175 (1)		3.079 (1)	3.079 (1)	3.351 (1)	3.351 (1)
		R-290	Nom	kW																		1.190 (1)				1.281				2.092 (1)				2.206 (1)
	Low temperature	R-290	Nom	kW	0.871 (1)		0.871 (1)
		R-452A	Nom	kW		0.679 (1)		0.889 (1)	1.080 (1)	1.336 (1)	1.688 (1)	2.491	2.349 (1)	3.160
Operation range	Cold room temperature		Min.	°C		-25	-25	-25	-25	-25	-25	-25	-25	-25	-5	-5	-5	-5	-5	-5	-5	-5	-5	-5	-5		-5	-5	-5	-5	-5	-5	-5		-5	-5	-5	-5
			Max.	°C		-15	-15	-15	-15	-15	-15	-15	-15	-15	10	10	10	10	10	10	10	10	10	10	10		10	10	10	10	10	10	10		10	10	10	10
Defrost					Hot gas	Hot gas		Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas		Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas		Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas
Dimensions	Unit		Width	mm	400	400	400	400	400	620	620	620	620	620	400	400	400	400	400	400	400	400	400	400	400	400	620	620	620	620	620	620	620	620	620	620	620	620
			Depth	mm	790	790	790	790	790	790	790	862	862	1,024	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	790	862	862	862	862
			Height	mm	735	735	735	735	735	830	830	830	830	830	735	735	735	735	735	735	735	735	735	735	735	735	830	830	830	830	830	830	830	830	830	830	830	830
Compressor	Nominal power			kW	0.9	0.74		0.9	1.3	1.3	1.5	1.5	2.2	2.9	0.4	0.4	0.5	0.5	0.4	0.4	0.7		0.7	0.9	0.9	0.56	0.9	0.9	1.7		1.7	2	2	0.9	2.2	2.2	2.6	2.6
	Type				Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic Reciprocating
	Starting method				Direct	Direct		Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct		Direct	Direct	Direct	Direct	Direct	Direct	Direct		Direct	Direct	Direct	Direct	Direct	Direct	Direct	Direct
Weight	Unit			kg	64	56	64	64	64	80	80	105	105	113	52	52	53	53	56	56	56	56	56	64	64	56	80	80	80	80	80	80	80	80	98	98	100	100
Condenser	Air flow			m³/h		600		600	600	1,200	1,200	1,500	1,500	2,200	600	600	600	600	600	600	600		600	600	600		1,200	1,200	1,200		1,200	1,200	1,200		1,500	1,500	1,500	1,500
Evaporator	Air flow			m³/h		600		600	600	1,200	1,200	1,800	1,500	2,100	600	600	600	600	600	600	600		600	600	600		1,200	1,200	1,200		1,200	1,200	1,200		1,800	1,800	1,800	1,800
	Air throw			m	4	4 (2)		4 (2)	4 (2)	4 (2)	4 (2)	10 (2)	10 (2)	10 (2)	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)		4 (2)	4 (2)	4 (2)	4	4 (2)	4 (2)	4 (2)		4 (2)	4 (2)	4 (2)	4	10 (2)	10 (2)	10 (2)	10 (2)
Power supply	Phase				1~	1~	1~	1~	1~	1~	3N~	3N~	3N~	3N~	1~	1~	1~	1~	1~	1~	1~	1~	1~	1~	1~	1~	1~	1~	3N~	1~	3N~	3N~	3N~	1~	3N~	3N~	3N~	3N~
	Frequency			Hz	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50
	Voltage			V	230	230	230	230	230	230	400	400	400	400	230	230	230	230	230	230	230	230	230	230	230	230	230	230	400	230	400	400	400	230	400	400	400	400
Notes					(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: -20°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C
					(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.
					(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases		(3) - Contains fluorinated greenhouse gases		(3) - Contains fluorinated greenhouse gases		(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases